def _create_properties_(self):
p = Derived_UTS_Dataset._create_properties_(self)
c = self.compiled
F = c['F']
n = c['n']
p['data_type'] = 'spec'
samplingrate = self.parent.samplingrate
offset_insamples = c['offset']
p['samplingrate'] = samplingrate / offset_insamples
p['t0'] = p['t0'] - (self.p.window_length.in_seconds(samplingrate) / 2)
# data shape
p['ndim'] = 2
shape = p['shape'][:]
if shape[0] == None:
length = None
else:
length = (shape[0] - n) // offset_insamples
p['shape'] = (length, ) + shape[1:] + F.shape
freq = F * (samplingrate / n)
p['frequencies'] = freq
# info = ["{n} (d{s}) _compile:".format(n=self.name, s=self.id),
# " > _window {w}, {s}".format(w=self.p.window.get(),
# s=window.shape)]
# logging.info('\n'.join(info))
return p
def _create_properties_(self):
p = Derived_UTS_Dataset._create_properties_(self)
# TODO: shape
# sr = self.parent.samplingrate
# p['segmented'] = True
# # shape
# old_shape = p['shape']
# length = self.p.tend.in_samples(sr) - self.p.tstart.in_samples(sr)
# new_shape = (length, ) + old_shape[1:]
# p['shape'] = new_shape
return p
def _create_properties_(self):
p = Derived_UTS_Dataset._create_properties_(self)
c = self.compiled
sr = self.parent.samplingrate
p['t0'] = self.p.pre.in_seconds(sr)
# shape
p['segmented'] = True
old_shape = p['shape']
length = c['pre'] + c['post']
new_shape = (length, ) + old_shape[1:]
p['shape'] = new_shape
return p
def __init__(self, data, events, name="segmentation"):
assert events['data_type'] == 'event'
Derived_UTS_Dataset.__init__(self, data, name=name)
self.parent_events = events
events.children.append(self)
